Tech News 2025 | AI Innovations, Product Launches & Trends

Home

San Jose, California.

On average, enterprise network security teams take 21 days to patch a critical vulnerability after it becomes public. Meanwhile, attackers can act within hours. The cost of this gap has never been higher, and rebooting a production switch to apply a fix is no longer an option. At Cisco Live 2026, Cisco addressed both issues at once with Cisco Cloud Control.

At Cisco Live 2026, Cisco launched Cisco Cloud Control as the base for its Agentic Ops platform vision, where people and AI agents work together to manage networking, security, computing, observability, and joint effort from one control panel. The main feature is not just the architecture, but what it enables Cisco to do in real time on a live network without any downtime.

Cisco Cloud Control And The End Of The Patch Window

Most enterprise security teams follow a familiar routine: a vulnerability appears, a ticket is created, a maintenance window is scheduled, and the fix is applied at 2 AM on a Saturday. This approach worked when attackers moved slowly, but that is no longer the case.

Cisco has extended its Live Protect Runtime Security to Cisco Nexus 9000 switches, offering protection against new vulnerabilities without requiring software upgrades or reboots. This means protection is applied while the system is running. There is no need for an upgrade or reboot. The switch continues to forward traffic while the vulnerability is handled at the software level.

Expanding Live Protect runtime security is a key short‑term advantage, especially as the time between vulnerability discovery and exploitation continues to shrink. For places like hospitals, trading floors, or factories where downtime is costly, this is more than a mere convenience it is a major change in how protection is delivered.

Live Protect runtime security is first available for Cisco Nexus 9000 series switches and comes with Nexus One entitlement. Later in 2026, it will also be available for campus and branch smart switches and secure routers.

One Data Plane, Two Operators, Human and Automated

The real story behind Cisco Cloud Control isn't about individual features. It's about the shared data layer that supports everything.

Cisco Data Fabric, powered by Splunk, brings together telemetry from networks, applications, security, and third‑party sources into one layer. Both human analysts and automated agents use this shared data, which forms the base for Cloud Control and the agentic SOC. This shared foundation is important because it prevents situations where AI agents and human analysts work from different data sets, reach different conclusions, and interfere with each other's fixes.

Imagine a hospital network facing a lateral movement attack at 3:47 AM. For older systems, an on‑call analyst would wake up, log into several consoles, manually check alerts, and begin isolating network segments. With the AgenticOps platform, an autonomous agent detects the problem, examines data from network, application, and security layers simultaneously, and starts containing the threat. Meanwhile, the analyst can view the same data and intervene or modify the agent’s actions at any time.

The platform serves as the foundation for Cisco AgenticOps. It enables people and autonomous agents to solve problems together while keeping humans in control. Autonomous agents manage incident life cycles to accelerate resolution using the Cisco AI Canvas.

This isn't about automation replacing human decisions. Instead, automation handles speed so people can focus on decisions that truly require their input.

Cisco Cloud Control Meets 50+ Ecosystems

Cisco Cloud Control combines the company's networking, security, computing, observability, and joint effort tools, letting users manage and secure everything in one place. This removes the need to switch between different consoles. The platform can also connect to over 50 third‑party platforms and tools using built‑in connectors or the open model context protocol.

The integrated list includes AWS, Microsoft, Google Cloud, ServiceNow, PagerDuty, Slack, and Wiz. For security teams working in hybrid multi-cloud environments, bringing third-party signals into the same data layer as Cisco's own telemetry helps close a gap that attackers have often used: the spaces between different vendor systems.

The Quantum Threat That Most Enterprises Are Not Ready For

Beyond the operational news at Cisco Live 2026, there was a bigger warning that needs attention: the vulnerability of quantum-ready infrastructure vulnerability defense.

Cisco shared a bold plan for post‑quantum security to address rising concerns about the harvest‑now, decrypt‑later attacks. These attacks, cybercriminals collect encrypted data now to decrypt it later with quantum computers. Cisco has promised to enable quantum‑safe communications for most of its main products by December 2026.

New quantum-ready assessments, available through Cisco IQ and set for global release in July 2026, help organizations identify which assets are most at risk from harvest‑now, decrypt‑later attacks and show where to focus their defenses. From now on, all new campus, branch, and data center routers, switches, and firewall series will come with Quantum Safe Secure Boot.

Many organizations have put off defending against vulnerabilities in quantum‑ready infrastructure because the threat seems far away, but it isn’t. Intelligence agencies and nation‑state actors have been collecting encrypted enterprise communications for years, hoping to decrypt them with quantum computers in the future. Companies that wait for compliance rules to update their cryptography may find their data already compromised before they even start patching.

The Shift Cisco Is Betting On.

Companies building agentic AI operations. The key message from Cisco Live 2026 is that Cisco is now offering an operating model, not just network hardware. In an agentic enterprise where technologies work at software speed, owning both the infrastructure and the control plane gives Cisco an advantage that single‑solution vendors can't easily match.

Security teams that ignore Cisco Cloud Control, Live Protect, runtime security, and the Agentic Ops platforms as just marketing may end up stuck with 2 AM maintenance windows while their competitors move ahead. The Saturday patch window is gone for good. The real question is whether organizations will build the new architecture themselves before the next exploit forces them to do so.

Source: Cisco Unveils Agentic Platform for Operating and Defending Critical IT Infrastructure
About US

San Jose, California.

On average, enterprise network security teams take 21 days to patch a critical vulnerability after it becomes public. Meanwhile, attackers can act within hours. The cost of this gap has never been higher, and rebooting a production switch to apply a fix is no longer an option. At Cisco Live 2026, Cisco addressed both issues at once with Cisco Cloud Control.

At Cisco Live 2026, Cisco launched Cisco Cloud Control as the base for its Agentic Ops platform vision, where people and AI agents work together to manage networking, security, computing, observability, and joint effort from one control panel. The main feature is not just the architecture, but what it enables Cisco to do in real time on a live network without any downtime.

Cisco Cloud Control And The End Of The Patch Window

Most enterprise security teams follow a familiar routine: a vulnerability appears, a ticket is created, a maintenance window is scheduled, and the fix is applied at 2 AM on a Saturday. This approach worked when attackers moved slowly, but that is no longer the case.

Cisco has extended its Live Protect Runtime Security to Cisco Nexus 9000 switches, offering protection against new vulnerabilities without requiring software upgrades or reboots. This means protection is applied while the system is running. There is no need for an upgrade or reboot. The switch continues to forward traffic while the vulnerability is handled at the software level.

Expanding Live Protect runtime security is a key short‑term advantage, especially as the time between vulnerability discovery and exploitation continues to shrink. For places like hospitals, trading floors, or factories where downtime is costly, this is more than a mere convenience it is a major change in how protection is delivered.

Live Protect runtime security is first available for Cisco Nexus 9000 series switches and comes with Nexus One entitlement. Later in 2026, it will also be available for campus and branch smart switches and secure routers.

One Data Plane, Two Operators, Human and Automated

The real story behind Cisco Cloud Control isn't about individual features. It's about the shared data layer that supports everything.

Cisco Data Fabric, powered by Splunk, brings together telemetry from networks, applications, security, and third‑party sources into one layer. Both human analysts and automated agents use this shared data, which forms the base for Cloud Control and the agentic SOC. This shared foundation is important because it prevents situations where AI agents and human analysts work from different data sets, reach different conclusions, and interfere with each other's fixes.

Imagine a hospital network facing a lateral movement attack at 3:47 AM. For older systems, an on‑call analyst would wake up, log into several consoles, manually check alerts, and begin isolating network segments. With the AgenticOps platform, an autonomous agent detects the problem, examines data from network, application, and security layers simultaneously, and starts containing the threat. Meanwhile, the analyst can view the same data and intervene or modify the agent’s actions at any time.

The platform serves as the foundation for Cisco AgenticOps. It enables people and autonomous agents to solve problems together while keeping humans in control. Autonomous agents manage incident life cycles to accelerate resolution using the Cisco AI Canvas.

This isn't about automation replacing human decisions. Instead, automation handles speed so people can focus on decisions that truly require their input.

Cisco Cloud Control Meets 50+ Ecosystems

Cisco Cloud Control combines the company's networking, security, computing, observability, and joint effort tools, letting users manage and secure everything in one place. This removes the need to switch between different consoles. The platform can also connect to over 50 third‑party platforms and tools using built‑in connectors or the open model context protocol.

The integrated list includes AWS, Microsoft, Google Cloud, ServiceNow, PagerDuty, Slack, and Wiz. For security teams working in hybrid multi-cloud environments, bringing third-party signals into the same data layer as Cisco's own telemetry helps close a gap that attackers have often used: the spaces between different vendor systems.

The Quantum Threat That Most Enterprises Are Not Ready For

Beyond the operational news at Cisco Live 2026, there was a bigger warning that needs attention: the vulnerability of quantum-ready infrastructure vulnerability defense.

Cisco shared a bold plan for post‑quantum security to address rising concerns about the harvest‑now, decrypt‑later attacks. These attacks, cybercriminals collect encrypted data now to decrypt it later with quantum computers. Cisco has promised to enable quantum‑safe communications for most of its main products by December 2026.

New quantum-ready assessments, available through Cisco IQ and set for global release in July 2026, help organizations identify which assets are most at risk from harvest‑now, decrypt‑later attacks and show where to focus their defenses. From now on, all new campus, branch, and data center routers, switches, and firewall series will come with Quantum Safe Secure Boot.

Many organizations have put off defending against vulnerabilities in quantum‑ready infrastructure because the threat seems far away, but it isn’t. Intelligence agencies and nation‑state actors have been collecting encrypted enterprise communications for years, hoping to decrypt them with quantum computers in the future. Companies that wait for compliance rules to update their cryptography may find their data already compromised before they even start patching.

The Shift Cisco Is Betting On.

Companies building agentic AI operations. The key message from Cisco Live 2026 is that Cisco is now offering an operating model, not just network hardware. In an agentic enterprise where technologies work at software speed, owning both the infrastructure and the control plane gives Cisco an advantage that single‑solution vendors can't easily match.

Security teams that ignore Cisco Cloud Control, Live Protect, runtime security, and the Agentic Ops platforms as just marketing may end up stuck with 2 AM maintenance windows while their competitors move ahead. The Saturday patch window is gone for good. The real question is whether organizations will build the new architecture themselves before the next exploit forces them to do so.

Source: Cisco Unveils Agentic Platform for Operating and Defending Critical IT Infrastructure
Tech Reviews

San Jose, California.

On average, enterprise network security teams take 21 days to patch a critical vulnerability after it becomes public. Meanwhile, attackers can act within hours. The cost of this gap has never been higher, and rebooting a production switch to apply a fix is no longer an option. At Cisco Live 2026, Cisco addressed both issues at once with Cisco Cloud Control.

At Cisco Live 2026, Cisco launched Cisco Cloud Control as the base for its Agentic Ops platform vision, where people and AI agents work together to manage networking, security, computing, observability, and joint effort from one control panel. The main feature is not just the architecture, but what it enables Cisco to do in real time on a live network without any downtime.

Cisco Cloud Control And The End Of The Patch Window

Most enterprise security teams follow a familiar routine: a vulnerability appears, a ticket is created, a maintenance window is scheduled, and the fix is applied at 2 AM on a Saturday. This approach worked when attackers moved slowly, but that is no longer the case.

Cisco has extended its Live Protect Runtime Security to Cisco Nexus 9000 switches, offering protection against new vulnerabilities without requiring software upgrades or reboots. This means protection is applied while the system is running. There is no need for an upgrade or reboot. The switch continues to forward traffic while the vulnerability is handled at the software level.

Expanding Live Protect runtime security is a key short‑term advantage, especially as the time between vulnerability discovery and exploitation continues to shrink. For places like hospitals, trading floors, or factories where downtime is costly, this is more than a mere convenience it is a major change in how protection is delivered.

Live Protect runtime security is first available for Cisco Nexus 9000 series switches and comes with Nexus One entitlement. Later in 2026, it will also be available for campus and branch smart switches and secure routers.

One Data Plane, Two Operators, Human and Automated

The real story behind Cisco Cloud Control isn't about individual features. It's about the shared data layer that supports everything.

Cisco Data Fabric, powered by Splunk, brings together telemetry from networks, applications, security, and third‑party sources into one layer. Both human analysts and automated agents use this shared data, which forms the base for Cloud Control and the agentic SOC. This shared foundation is important because it prevents situations where AI agents and human analysts work from different data sets, reach different conclusions, and interfere with each other's fixes.

Imagine a hospital network facing a lateral movement attack at 3:47 AM. For older systems, an on‑call analyst would wake up, log into several consoles, manually check alerts, and begin isolating network segments. With the AgenticOps platform, an autonomous agent detects the problem, examines data from network, application, and security layers simultaneously, and starts containing the threat. Meanwhile, the analyst can view the same data and intervene or modify the agent’s actions at any time.

The platform serves as the foundation for Cisco AgenticOps. It enables people and autonomous agents to solve problems together while keeping humans in control. Autonomous agents manage incident life cycles to accelerate resolution using the Cisco AI Canvas.

This isn't about automation replacing human decisions. Instead, automation handles speed so people can focus on decisions that truly require their input.

Cisco Cloud Control Meets 50+ Ecosystems

Cisco Cloud Control combines the company's networking, security, computing, observability, and joint effort tools, letting users manage and secure everything in one place. This removes the need to switch between different consoles. The platform can also connect to over 50 third‑party platforms and tools using built‑in connectors or the open model context protocol.

The integrated list includes AWS, Microsoft, Google Cloud, ServiceNow, PagerDuty, Slack, and Wiz. For security teams working in hybrid multi-cloud environments, bringing third-party signals into the same data layer as Cisco's own telemetry helps close a gap that attackers have often used: the spaces between different vendor systems.

The Quantum Threat That Most Enterprises Are Not Ready For

Beyond the operational news at Cisco Live 2026, there was a bigger warning that needs attention: the vulnerability of quantum-ready infrastructure vulnerability defense.

Cisco shared a bold plan for post‑quantum security to address rising concerns about the harvest‑now, decrypt‑later attacks. These attacks, cybercriminals collect encrypted data now to decrypt it later with quantum computers. Cisco has promised to enable quantum‑safe communications for most of its main products by December 2026.

New quantum-ready assessments, available through Cisco IQ and set for global release in July 2026, help organizations identify which assets are most at risk from harvest‑now, decrypt‑later attacks and show where to focus their defenses. From now on, all new campus, branch, and data center routers, switches, and firewall series will come with Quantum Safe Secure Boot.

Many organizations have put off defending against vulnerabilities in quantum‑ready infrastructure because the threat seems far away, but it isn’t. Intelligence agencies and nation‑state actors have been collecting encrypted enterprise communications for years, hoping to decrypt them with quantum computers in the future. Companies that wait for compliance rules to update their cryptography may find their data already compromised before they even start patching.

The Shift Cisco Is Betting On.

Companies building agentic AI operations. The key message from Cisco Live 2026 is that Cisco is now offering an operating model, not just network hardware. In an agentic enterprise where technologies work at software speed, owning both the infrastructure and the control plane gives Cisco an advantage that single‑solution vendors can't easily match.

Security teams that ignore Cisco Cloud Control, Live Protect, runtime security, and the Agentic Ops platforms as just marketing may end up stuck with 2 AM maintenance windows while their competitors move ahead. The Saturday patch window is gone for good. The real question is whether organizations will build the new architecture themselves before the next exploit forces them to do so.

Source: Cisco Unveils Agentic Platform for Operating and Defending Critical IT Infrastructure
- AI
- Troubleshooting
- Smartwatches
- Smartphones
- Camera
- Gadgets
- Games
- Laptops
- Seasonal Sales
Phone Features

San Jose, California.

On average, enterprise network security teams take 21 days to patch a critical vulnerability after it becomes public. Meanwhile, attackers can act within hours. The cost of this gap has never been higher, and rebooting a production switch to apply a fix is no longer an option. At Cisco Live 2026, Cisco addressed both issues at once with Cisco Cloud Control.

At Cisco Live 2026, Cisco launched Cisco Cloud Control as the base for its Agentic Ops platform vision, where people and AI agents work together to manage networking, security, computing, observability, and joint effort from one control panel. The main feature is not just the architecture, but what it enables Cisco to do in real time on a live network without any downtime.

Cisco Cloud Control And The End Of The Patch Window

Most enterprise security teams follow a familiar routine: a vulnerability appears, a ticket is created, a maintenance window is scheduled, and the fix is applied at 2 AM on a Saturday. This approach worked when attackers moved slowly, but that is no longer the case.

Cisco has extended its Live Protect Runtime Security to Cisco Nexus 9000 switches, offering protection against new vulnerabilities without requiring software upgrades or reboots. This means protection is applied while the system is running. There is no need for an upgrade or reboot. The switch continues to forward traffic while the vulnerability is handled at the software level.

Expanding Live Protect runtime security is a key short‑term advantage, especially as the time between vulnerability discovery and exploitation continues to shrink. For places like hospitals, trading floors, or factories where downtime is costly, this is more than a mere convenience it is a major change in how protection is delivered.

Live Protect runtime security is first available for Cisco Nexus 9000 series switches and comes with Nexus One entitlement. Later in 2026, it will also be available for campus and branch smart switches and secure routers.

One Data Plane, Two Operators, Human and Automated

The real story behind Cisco Cloud Control isn't about individual features. It's about the shared data layer that supports everything.

Cisco Data Fabric, powered by Splunk, brings together telemetry from networks, applications, security, and third‑party sources into one layer. Both human analysts and automated agents use this shared data, which forms the base for Cloud Control and the agentic SOC. This shared foundation is important because it prevents situations where AI agents and human analysts work from different data sets, reach different conclusions, and interfere with each other's fixes.

Imagine a hospital network facing a lateral movement attack at 3:47 AM. For older systems, an on‑call analyst would wake up, log into several consoles, manually check alerts, and begin isolating network segments. With the AgenticOps platform, an autonomous agent detects the problem, examines data from network, application, and security layers simultaneously, and starts containing the threat. Meanwhile, the analyst can view the same data and intervene or modify the agent’s actions at any time.

The platform serves as the foundation for Cisco AgenticOps. It enables people and autonomous agents to solve problems together while keeping humans in control. Autonomous agents manage incident life cycles to accelerate resolution using the Cisco AI Canvas.

This isn't about automation replacing human decisions. Instead, automation handles speed so people can focus on decisions that truly require their input.

Cisco Cloud Control Meets 50+ Ecosystems

Cisco Cloud Control combines the company's networking, security, computing, observability, and joint effort tools, letting users manage and secure everything in one place. This removes the need to switch between different consoles. The platform can also connect to over 50 third‑party platforms and tools using built‑in connectors or the open model context protocol.

The integrated list includes AWS, Microsoft, Google Cloud, ServiceNow, PagerDuty, Slack, and Wiz. For security teams working in hybrid multi-cloud environments, bringing third-party signals into the same data layer as Cisco's own telemetry helps close a gap that attackers have often used: the spaces between different vendor systems.

The Quantum Threat That Most Enterprises Are Not Ready For

Beyond the operational news at Cisco Live 2026, there was a bigger warning that needs attention: the vulnerability of quantum-ready infrastructure vulnerability defense.

Cisco shared a bold plan for post‑quantum security to address rising concerns about the harvest‑now, decrypt‑later attacks. These attacks, cybercriminals collect encrypted data now to decrypt it later with quantum computers. Cisco has promised to enable quantum‑safe communications for most of its main products by December 2026.

New quantum-ready assessments, available through Cisco IQ and set for global release in July 2026, help organizations identify which assets are most at risk from harvest‑now, decrypt‑later attacks and show where to focus their defenses. From now on, all new campus, branch, and data center routers, switches, and firewall series will come with Quantum Safe Secure Boot.

Many organizations have put off defending against vulnerabilities in quantum‑ready infrastructure because the threat seems far away, but it isn’t. Intelligence agencies and nation‑state actors have been collecting encrypted enterprise communications for years, hoping to decrypt them with quantum computers in the future. Companies that wait for compliance rules to update their cryptography may find their data already compromised before they even start patching.

The Shift Cisco Is Betting On.

Companies building agentic AI operations. The key message from Cisco Live 2026 is that Cisco is now offering an operating model, not just network hardware. In an agentic enterprise where technologies work at software speed, owning both the infrastructure and the control plane gives Cisco an advantage that single‑solution vendors can't easily match.

Security teams that ignore Cisco Cloud Control, Live Protect, runtime security, and the Agentic Ops platforms as just marketing may end up stuck with 2 AM maintenance windows while their competitors move ahead. The Saturday patch window is gone for good. The real question is whether organizations will build the new architecture themselves before the next exploit forces them to do so.

Source: Cisco Unveils Agentic Platform for Operating and Defending Critical IT Infrastructure
Buying Guides

San Jose, California.

On average, enterprise network security teams take 21 days to patch a critical vulnerability after it becomes public. Meanwhile, attackers can act within hours. The cost of this gap has never been higher, and rebooting a production switch to apply a fix is no longer an option. At Cisco Live 2026, Cisco addressed both issues at once with Cisco Cloud Control.

At Cisco Live 2026, Cisco launched Cisco Cloud Control as the base for its Agentic Ops platform vision, where people and AI agents work together to manage networking, security, computing, observability, and joint effort from one control panel. The main feature is not just the architecture, but what it enables Cisco to do in real time on a live network without any downtime.

Cisco Cloud Control And The End Of The Patch Window

Most enterprise security teams follow a familiar routine: a vulnerability appears, a ticket is created, a maintenance window is scheduled, and the fix is applied at 2 AM on a Saturday. This approach worked when attackers moved slowly, but that is no longer the case.

Cisco has extended its Live Protect Runtime Security to Cisco Nexus 9000 switches, offering protection against new vulnerabilities without requiring software upgrades or reboots. This means protection is applied while the system is running. There is no need for an upgrade or reboot. The switch continues to forward traffic while the vulnerability is handled at the software level.

Expanding Live Protect runtime security is a key short‑term advantage, especially as the time between vulnerability discovery and exploitation continues to shrink. For places like hospitals, trading floors, or factories where downtime is costly, this is more than a mere convenience it is a major change in how protection is delivered.

Live Protect runtime security is first available for Cisco Nexus 9000 series switches and comes with Nexus One entitlement. Later in 2026, it will also be available for campus and branch smart switches and secure routers.

One Data Plane, Two Operators, Human and Automated

The real story behind Cisco Cloud Control isn't about individual features. It's about the shared data layer that supports everything.

Cisco Data Fabric, powered by Splunk, brings together telemetry from networks, applications, security, and third‑party sources into one layer. Both human analysts and automated agents use this shared data, which forms the base for Cloud Control and the agentic SOC. This shared foundation is important because it prevents situations where AI agents and human analysts work from different data sets, reach different conclusions, and interfere with each other's fixes.

Imagine a hospital network facing a lateral movement attack at 3:47 AM. For older systems, an on‑call analyst would wake up, log into several consoles, manually check alerts, and begin isolating network segments. With the AgenticOps platform, an autonomous agent detects the problem, examines data from network, application, and security layers simultaneously, and starts containing the threat. Meanwhile, the analyst can view the same data and intervene or modify the agent’s actions at any time.

The platform serves as the foundation for Cisco AgenticOps. It enables people and autonomous agents to solve problems together while keeping humans in control. Autonomous agents manage incident life cycles to accelerate resolution using the Cisco AI Canvas.

This isn't about automation replacing human decisions. Instead, automation handles speed so people can focus on decisions that truly require their input.

Cisco Cloud Control Meets 50+ Ecosystems

Cisco Cloud Control combines the company's networking, security, computing, observability, and joint effort tools, letting users manage and secure everything in one place. This removes the need to switch between different consoles. The platform can also connect to over 50 third‑party platforms and tools using built‑in connectors or the open model context protocol.

The integrated list includes AWS, Microsoft, Google Cloud, ServiceNow, PagerDuty, Slack, and Wiz. For security teams working in hybrid multi-cloud environments, bringing third-party signals into the same data layer as Cisco's own telemetry helps close a gap that attackers have often used: the spaces between different vendor systems.

The Quantum Threat That Most Enterprises Are Not Ready For

Beyond the operational news at Cisco Live 2026, there was a bigger warning that needs attention: the vulnerability of quantum-ready infrastructure vulnerability defense.

Cisco shared a bold plan for post‑quantum security to address rising concerns about the harvest‑now, decrypt‑later attacks. These attacks, cybercriminals collect encrypted data now to decrypt it later with quantum computers. Cisco has promised to enable quantum‑safe communications for most of its main products by December 2026.

New quantum-ready assessments, available through Cisco IQ and set for global release in July 2026, help organizations identify which assets are most at risk from harvest‑now, decrypt‑later attacks and show where to focus their defenses. From now on, all new campus, branch, and data center routers, switches, and firewall series will come with Quantum Safe Secure Boot.

Many organizations have put off defending against vulnerabilities in quantum‑ready infrastructure because the threat seems far away, but it isn’t. Intelligence agencies and nation‑state actors have been collecting encrypted enterprise communications for years, hoping to decrypt them with quantum computers in the future. Companies that wait for compliance rules to update their cryptography may find their data already compromised before they even start patching.

The Shift Cisco Is Betting On.

Companies building agentic AI operations. The key message from Cisco Live 2026 is that Cisco is now offering an operating model, not just network hardware. In an agentic enterprise where technologies work at software speed, owning both the infrastructure and the control plane gives Cisco an advantage that single‑solution vendors can't easily match.

Security teams that ignore Cisco Cloud Control, Live Protect, runtime security, and the Agentic Ops platforms as just marketing may end up stuck with 2 AM maintenance windows while their competitors move ahead. The Saturday patch window is gone for good. The real question is whether organizations will build the new architecture themselves before the next exploit forces them to do so.

Source: Cisco Unveils Agentic Platform for Operating and Defending Critical IT Infrastructure
Comparison

San Jose, California.

On average, enterprise network security teams take 21 days to patch a critical vulnerability after it becomes public. Meanwhile, attackers can act within hours. The cost of this gap has never been higher, and rebooting a production switch to apply a fix is no longer an option. At Cisco Live 2026, Cisco addressed both issues at once with Cisco Cloud Control.

At Cisco Live 2026, Cisco launched Cisco Cloud Control as the base for its Agentic Ops platform vision, where people and AI agents work together to manage networking, security, computing, observability, and joint effort from one control panel. The main feature is not just the architecture, but what it enables Cisco to do in real time on a live network without any downtime.

Cisco Cloud Control And The End Of The Patch Window

Most enterprise security teams follow a familiar routine: a vulnerability appears, a ticket is created, a maintenance window is scheduled, and the fix is applied at 2 AM on a Saturday. This approach worked when attackers moved slowly, but that is no longer the case.

Cisco has extended its Live Protect Runtime Security to Cisco Nexus 9000 switches, offering protection against new vulnerabilities without requiring software upgrades or reboots. This means protection is applied while the system is running. There is no need for an upgrade or reboot. The switch continues to forward traffic while the vulnerability is handled at the software level.

Expanding Live Protect runtime security is a key short‑term advantage, especially as the time between vulnerability discovery and exploitation continues to shrink. For places like hospitals, trading floors, or factories where downtime is costly, this is more than a mere convenience it is a major change in how protection is delivered.

Live Protect runtime security is first available for Cisco Nexus 9000 series switches and comes with Nexus One entitlement. Later in 2026, it will also be available for campus and branch smart switches and secure routers.

One Data Plane, Two Operators, Human and Automated

The real story behind Cisco Cloud Control isn't about individual features. It's about the shared data layer that supports everything.

Cisco Data Fabric, powered by Splunk, brings together telemetry from networks, applications, security, and third‑party sources into one layer. Both human analysts and automated agents use this shared data, which forms the base for Cloud Control and the agentic SOC. This shared foundation is important because it prevents situations where AI agents and human analysts work from different data sets, reach different conclusions, and interfere with each other's fixes.

Imagine a hospital network facing a lateral movement attack at 3:47 AM. For older systems, an on‑call analyst would wake up, log into several consoles, manually check alerts, and begin isolating network segments. With the AgenticOps platform, an autonomous agent detects the problem, examines data from network, application, and security layers simultaneously, and starts containing the threat. Meanwhile, the analyst can view the same data and intervene or modify the agent’s actions at any time.

The platform serves as the foundation for Cisco AgenticOps. It enables people and autonomous agents to solve problems together while keeping humans in control. Autonomous agents manage incident life cycles to accelerate resolution using the Cisco AI Canvas.

This isn't about automation replacing human decisions. Instead, automation handles speed so people can focus on decisions that truly require their input.

Cisco Cloud Control Meets 50+ Ecosystems

Cisco Cloud Control combines the company's networking, security, computing, observability, and joint effort tools, letting users manage and secure everything in one place. This removes the need to switch between different consoles. The platform can also connect to over 50 third‑party platforms and tools using built‑in connectors or the open model context protocol.

The integrated list includes AWS, Microsoft, Google Cloud, ServiceNow, PagerDuty, Slack, and Wiz. For security teams working in hybrid multi-cloud environments, bringing third-party signals into the same data layer as Cisco's own telemetry helps close a gap that attackers have often used: the spaces between different vendor systems.

The Quantum Threat That Most Enterprises Are Not Ready For

Beyond the operational news at Cisco Live 2026, there was a bigger warning that needs attention: the vulnerability of quantum-ready infrastructure vulnerability defense.

Cisco shared a bold plan for post‑quantum security to address rising concerns about the harvest‑now, decrypt‑later attacks. These attacks, cybercriminals collect encrypted data now to decrypt it later with quantum computers. Cisco has promised to enable quantum‑safe communications for most of its main products by December 2026.

New quantum-ready assessments, available through Cisco IQ and set for global release in July 2026, help organizations identify which assets are most at risk from harvest‑now, decrypt‑later attacks and show where to focus their defenses. From now on, all new campus, branch, and data center routers, switches, and firewall series will come with Quantum Safe Secure Boot.

Many organizations have put off defending against vulnerabilities in quantum‑ready infrastructure because the threat seems far away, but it isn’t. Intelligence agencies and nation‑state actors have been collecting encrypted enterprise communications for years, hoping to decrypt them with quantum computers in the future. Companies that wait for compliance rules to update their cryptography may find their data already compromised before they even start patching.

The Shift Cisco Is Betting On.

Companies building agentic AI operations. The key message from Cisco Live 2026 is that Cisco is now offering an operating model, not just network hardware. In an agentic enterprise where technologies work at software speed, owning both the infrastructure and the control plane gives Cisco an advantage that single‑solution vendors can't easily match.

Security teams that ignore Cisco Cloud Control, Live Protect, runtime security, and the Agentic Ops platforms as just marketing may end up stuck with 2 AM maintenance windows while their competitors move ahead. The Saturday patch window is gone for good. The real question is whether organizations will build the new architecture themselves before the next exploit forces them to do so.

Source: Cisco Unveils Agentic Platform for Operating and Defending Critical IT Infrastructure
News

San Jose, California.

On average, enterprise network security teams take 21 days to patch a critical vulnerability after it becomes public. Meanwhile, attackers can act within hours. The cost of this gap has never been higher, and rebooting a production switch to apply a fix is no longer an option. At Cisco Live 2026, Cisco addressed both issues at once with Cisco Cloud Control.

At Cisco Live 2026, Cisco launched Cisco Cloud Control as the base for its Agentic Ops platform vision, where people and AI agents work together to manage networking, security, computing, observability, and joint effort from one control panel. The main feature is not just the architecture, but what it enables Cisco to do in real time on a live network without any downtime.

Cisco Cloud Control And The End Of The Patch Window

Most enterprise security teams follow a familiar routine: a vulnerability appears, a ticket is created, a maintenance window is scheduled, and the fix is applied at 2 AM on a Saturday. This approach worked when attackers moved slowly, but that is no longer the case.

Cisco has extended its Live Protect Runtime Security to Cisco Nexus 9000 switches, offering protection against new vulnerabilities without requiring software upgrades or reboots. This means protection is applied while the system is running. There is no need for an upgrade or reboot. The switch continues to forward traffic while the vulnerability is handled at the software level.

Expanding Live Protect runtime security is a key short‑term advantage, especially as the time between vulnerability discovery and exploitation continues to shrink. For places like hospitals, trading floors, or factories where downtime is costly, this is more than a mere convenience it is a major change in how protection is delivered.

Live Protect runtime security is first available for Cisco Nexus 9000 series switches and comes with Nexus One entitlement. Later in 2026, it will also be available for campus and branch smart switches and secure routers.

One Data Plane, Two Operators, Human and Automated

The real story behind Cisco Cloud Control isn't about individual features. It's about the shared data layer that supports everything.

Cisco Data Fabric, powered by Splunk, brings together telemetry from networks, applications, security, and third‑party sources into one layer. Both human analysts and automated agents use this shared data, which forms the base for Cloud Control and the agentic SOC. This shared foundation is important because it prevents situations where AI agents and human analysts work from different data sets, reach different conclusions, and interfere with each other's fixes.

Imagine a hospital network facing a lateral movement attack at 3:47 AM. For older systems, an on‑call analyst would wake up, log into several consoles, manually check alerts, and begin isolating network segments. With the AgenticOps platform, an autonomous agent detects the problem, examines data from network, application, and security layers simultaneously, and starts containing the threat. Meanwhile, the analyst can view the same data and intervene or modify the agent’s actions at any time.

The platform serves as the foundation for Cisco AgenticOps. It enables people and autonomous agents to solve problems together while keeping humans in control. Autonomous agents manage incident life cycles to accelerate resolution using the Cisco AI Canvas.

This isn't about automation replacing human decisions. Instead, automation handles speed so people can focus on decisions that truly require their input.

Cisco Cloud Control Meets 50+ Ecosystems

Cisco Cloud Control combines the company's networking, security, computing, observability, and joint effort tools, letting users manage and secure everything in one place. This removes the need to switch between different consoles. The platform can also connect to over 50 third‑party platforms and tools using built‑in connectors or the open model context protocol.

The integrated list includes AWS, Microsoft, Google Cloud, ServiceNow, PagerDuty, Slack, and Wiz. For security teams working in hybrid multi-cloud environments, bringing third-party signals into the same data layer as Cisco's own telemetry helps close a gap that attackers have often used: the spaces between different vendor systems.

The Quantum Threat That Most Enterprises Are Not Ready For

Beyond the operational news at Cisco Live 2026, there was a bigger warning that needs attention: the vulnerability of quantum-ready infrastructure vulnerability defense.

Cisco shared a bold plan for post‑quantum security to address rising concerns about the harvest‑now, decrypt‑later attacks. These attacks, cybercriminals collect encrypted data now to decrypt it later with quantum computers. Cisco has promised to enable quantum‑safe communications for most of its main products by December 2026.

New quantum-ready assessments, available through Cisco IQ and set for global release in July 2026, help organizations identify which assets are most at risk from harvest‑now, decrypt‑later attacks and show where to focus their defenses. From now on, all new campus, branch, and data center routers, switches, and firewall series will come with Quantum Safe Secure Boot.

Many organizations have put off defending against vulnerabilities in quantum‑ready infrastructure because the threat seems far away, but it isn’t. Intelligence agencies and nation‑state actors have been collecting encrypted enterprise communications for years, hoping to decrypt them with quantum computers in the future. Companies that wait for compliance rules to update their cryptography may find their data already compromised before they even start patching.

The Shift Cisco Is Betting On.

Companies building agentic AI operations. The key message from Cisco Live 2026 is that Cisco is now offering an operating model, not just network hardware. In an agentic enterprise where technologies work at software speed, owning both the infrastructure and the control plane gives Cisco an advantage that single‑solution vendors can't easily match.

Security teams that ignore Cisco Cloud Control, Live Protect, runtime security, and the Agentic Ops platforms as just marketing may end up stuck with 2 AM maintenance windows while their competitors move ahead. The Saturday patch window is gone for good. The real question is whether organizations will build the new architecture themselves before the next exploit forces them to do so.

Source: Cisco Unveils Agentic Platform for Operating and Defending Critical IT Infrastructure
Contact

San Jose, California.

On average, enterprise network security teams take 21 days to patch a critical vulnerability after it becomes public. Meanwhile, attackers can act within hours. The cost of this gap has never been higher, and rebooting a production switch to apply a fix is no longer an option. At Cisco Live 2026, Cisco addressed both issues at once with Cisco Cloud Control.

At Cisco Live 2026, Cisco launched Cisco Cloud Control as the base for its Agentic Ops platform vision, where people and AI agents work together to manage networking, security, computing, observability, and joint effort from one control panel. The main feature is not just the architecture, but what it enables Cisco to do in real time on a live network without any downtime.

Cisco Cloud Control And The End Of The Patch Window

Most enterprise security teams follow a familiar routine: a vulnerability appears, a ticket is created, a maintenance window is scheduled, and the fix is applied at 2 AM on a Saturday. This approach worked when attackers moved slowly, but that is no longer the case.

Cisco has extended its Live Protect Runtime Security to Cisco Nexus 9000 switches, offering protection against new vulnerabilities without requiring software upgrades or reboots. This means protection is applied while the system is running. There is no need for an upgrade or reboot. The switch continues to forward traffic while the vulnerability is handled at the software level.

Expanding Live Protect runtime security is a key short‑term advantage, especially as the time between vulnerability discovery and exploitation continues to shrink. For places like hospitals, trading floors, or factories where downtime is costly, this is more than a mere convenience it is a major change in how protection is delivered.

Live Protect runtime security is first available for Cisco Nexus 9000 series switches and comes with Nexus One entitlement. Later in 2026, it will also be available for campus and branch smart switches and secure routers.

One Data Plane, Two Operators, Human and Automated

The real story behind Cisco Cloud Control isn't about individual features. It's about the shared data layer that supports everything.

Cisco Data Fabric, powered by Splunk, brings together telemetry from networks, applications, security, and third‑party sources into one layer. Both human analysts and automated agents use this shared data, which forms the base for Cloud Control and the agentic SOC. This shared foundation is important because it prevents situations where AI agents and human analysts work from different data sets, reach different conclusions, and interfere with each other's fixes.

Imagine a hospital network facing a lateral movement attack at 3:47 AM. For older systems, an on‑call analyst would wake up, log into several consoles, manually check alerts, and begin isolating network segments. With the AgenticOps platform, an autonomous agent detects the problem, examines data from network, application, and security layers simultaneously, and starts containing the threat. Meanwhile, the analyst can view the same data and intervene or modify the agent’s actions at any time.

The platform serves as the foundation for Cisco AgenticOps. It enables people and autonomous agents to solve problems together while keeping humans in control. Autonomous agents manage incident life cycles to accelerate resolution using the Cisco AI Canvas.

This isn't about automation replacing human decisions. Instead, automation handles speed so people can focus on decisions that truly require their input.

Cisco Cloud Control Meets 50+ Ecosystems

Cisco Cloud Control combines the company's networking, security, computing, observability, and joint effort tools, letting users manage and secure everything in one place. This removes the need to switch between different consoles. The platform can also connect to over 50 third‑party platforms and tools using built‑in connectors or the open model context protocol.

The integrated list includes AWS, Microsoft, Google Cloud, ServiceNow, PagerDuty, Slack, and Wiz. For security teams working in hybrid multi-cloud environments, bringing third-party signals into the same data layer as Cisco's own telemetry helps close a gap that attackers have often used: the spaces between different vendor systems.

The Quantum Threat That Most Enterprises Are Not Ready For

Beyond the operational news at Cisco Live 2026, there was a bigger warning that needs attention: the vulnerability of quantum-ready infrastructure vulnerability defense.

Cisco shared a bold plan for post‑quantum security to address rising concerns about the harvest‑now, decrypt‑later attacks. These attacks, cybercriminals collect encrypted data now to decrypt it later with quantum computers. Cisco has promised to enable quantum‑safe communications for most of its main products by December 2026.

New quantum-ready assessments, available through Cisco IQ and set for global release in July 2026, help organizations identify which assets are most at risk from harvest‑now, decrypt‑later attacks and show where to focus their defenses. From now on, all new campus, branch, and data center routers, switches, and firewall series will come with Quantum Safe Secure Boot.

Many organizations have put off defending against vulnerabilities in quantum‑ready infrastructure because the threat seems far away, but it isn’t. Intelligence agencies and nation‑state actors have been collecting encrypted enterprise communications for years, hoping to decrypt them with quantum computers in the future. Companies that wait for compliance rules to update their cryptography may find their data already compromised before they even start patching.

The Shift Cisco Is Betting On.

Companies building agentic AI operations. The key message from Cisco Live 2026 is that Cisco is now offering an operating model, not just network hardware. In an agentic enterprise where technologies work at software speed, owning both the infrastructure and the control plane gives Cisco an advantage that single‑solution vendors can't easily match.

Security teams that ignore Cisco Cloud Control, Live Protect, runtime security, and the Agentic Ops platforms as just marketing may end up stuck with 2 AM maintenance windows while their competitors move ahead. The Saturday patch window is gone for good. The real question is whether organizations will build the new architecture themselves before the next exploit forces them to do so.

Source: Cisco Unveils Agentic Platform for Operating and Defending Critical IT Infrastructure

How Does Cisco Stop Hacker Attacks Without a Reboot?

Harish Shenoy
June 10, 2026
9 min read
49

San Jose, California. On average, enterprise network security teams take 21 days to patch a critical vulnerability after it becomes public. Meanwhile, attackers can act within hours. The cost... Details

Who Is Using AI To Make Custom Shirts In Seconds?

Harish Shenoy
June 10, 2026
9 min read
55

Seattle, Washington A grandmother in Ohio, who had never used Photoshop, just created matching T-shirts for her family reunion. She wrote one sentence into her phone. Seconds... Details

How Will Salesforce Track If Your AI Agent Fails You?

Harish Shenoy
June 10, 2026
8 min read
38

San Francisco, California Imagine a customer typing a question to your AI agent in all caps, repeating it, and then asking for a human representative.... Details

Why Are 89% of Tech Bosses Unready for Massive AI?

Harish Shenoy
June 10, 2026
7 min read
43

Armonk, New York Eighty-nine percent of the world’s top tech executives say they are not ready for what is ahead. This isn’t a distant problem. AI agent deployment is expected to... Details

Where Amazon Spent Billions Creating Jobs To Upgrade Online Fiber

Harish Shenoy
June 10, 2026
10 min read
52

Charlotte, North Carolina The next big competition in artificial intelligence will not just be about computer chips. It will also be about glass. On June... Details

How NetApp Teamed Up To Secure AI Factories Worth Multi-Millions

Harish Shenoy
June 9, 2026
8 min read
54

San Jose, California Last year, a major U.S. financial services company found that its proprietary trading algorithms, developed over four years, were accessible to an... Details

Where Workday Opened Up Hidden Rules To Fast-Track Smart App Building

Harish Shenoy
June 9, 2026
8 min read
57

Las Vegas, Nevada A mid-sized logistics company with 4,000 employees recently had to wait 11 weeks for its tech team to set up a new overtime-calculation module in its... Details

Why IBM Poured Over Ten Billion Into Quantum Super-Brains

Harish Shenoy
June 9, 2026
7 min read
40

Armonk, New York A typical pharmaceutical company spends about $2.6 billion and thirteen years to bring just one drug to the market. Most of that time is not spent in... Details

How Intel Packed More Than Thirty-Six Thousand Cores Into Racks

Harish Shenoy
June 9, 2026
12 min read
51

Santa Clara, California The average hyperscale data center operator today faces a paradox written in kilowatts: the demand for AI compute is doubling faster than the electrical... Details

Prev.
1
…
3
4
5
6
7
…
185
Next

Latest post

How Can You Snag Free Shipping for Prime Day Next Week?

Who Can Pre-Order Intel’s Brand New American Panther Laptops?

Why Did GitHub Speed Up Your Software Tools By Twice The Rate?

Popular Posts

Best Budget Smartphones 2026: Affordable Phones That Impress (4117)

Best Business Laptops 2025 (3720)

The Future Is Calling: Top Upcoming Smartphones of 2026 You’ll Want to Wait For (3148)

DSLR vs Mirrorless: Which Is Better for Photography Beginners? (2534)

NIST Update Signals Fast Track for Post-Quantum Standards (2314)

Stay Connected

Category: News