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Your security tools are protecting the environment you know about. Attackers are probing the one you don't. Exposed services, weak configurations, unmanaged assets, and forgotten connections can quietly create pathways to compromise long before security teams recognize the danger. Attackers don't need a sophisticated technique when an exposed asset does the work for them.

See where attack surface exposure creates the greatest breach risk—and what it takes to close it before attackers find it first.

Topics include:

• Detecting exposed assets and hidden attack paths
• Prioritizing exposure based on exploitability and business impact
• Closing exposure gaps across distributed environments

Attackers move quickly when exposure goes unnoticed. The question isn't whether unknown exposures exist. It's whether your program finds them first.

Many DevSecOps programs struggle because security tooling, approval processes, and remediation workflows still operate separately from the environments developers work in every day. Development teams are under pressure to release faster, while security teams are under pressure to reduce risk earlier in the lifecycle. Security findings arrive faster than development teams can act on them—without the context developers need to prioritize, remediate, or push back. The friction isn't incidental—it's structural, and it shows up in delayed releases, unreviewed code, and security findings that never make it into the backlog.

Learn what it takes to reduce fragmentation across security and development workflows without slowing delivery.

Topics include:

• Integrating security tooling into development pipelines
• Reducing operational friction across the software delivery lifecycle
• Connecting security processes to modern development workflows

Tool and team fragmentation isn't a side effect of DevSecOps. For most organizations it's the whole problem. Find out what integrated DevSecOps actually looks like in practice.

The average large enterprise runs more than 400 SaaS applications. Security teams have visibility into a fraction of them. The rest—unsanctioned tools, forgotten trials, shadow deployments—are generating access, storing data, and creating exposure that no dashboard is tracking. Attackers know this. Unsanctioned and unmonitored applications are exactly where they look for a quiet way in.

See where SaaS security programs lose visibility—and what it takes to secure an environment that expands faster than it can be governed.

Topics include:

• Detecting threats and misconfigurations across SaaS deployments
• Extending security governance to unsanctioned and under-monitored applications
• Building SaaS security controls that scale with adoption

The SaaS environment your program covers and the one your organization is actually running are not the same thing. Find out what it takes to close that gap.

Security operations are under pressure from every direction. Growing alert volumes, after-hours coverage demands, faster response expectations, and limited internal resources are forcing security leaders to rethink how threat defense is staffed and scaled.

See why more organizations are turning to managed security services to close coverage gaps, extend response capacity, and improve security outcomes.

Topics include:

• Where managed services fill critical security gaps
• The business case for managed security services
• How to evaluate and select the right managed security provider

Find out what the shift to managed security actually delivers—and what separates programs that get results from ones that don't.

Privileged credentials are the ones attackers work hardest to steal—and once they have them, the environment is effectively theirs. Lateral movement is easy, escalation is fast, and detection is hard because privileged access abuse doesn't look like an attack until it's too late. Excessive permissions, shared administrator accounts, standing privileges, service accounts, non-human identities, and poorly monitored access activity give attackers room to move deeper before organizations recognize the risk. Most organizations still can't answer with confidence who has elevated access, how long they've had it, or whether it's being used appropriately.

Attackers don't need to break down the door when they have the key. See what it takes to make sure they can't get it.

Topics include:

• Detecting and responding to privileged credential abuse
• Reducing the attack surface created by excessive and unmanaged privileges
• Managing privileged access across cloud, hybrid, and non-human identities

Privileged access is where breaches go to scale. Find out what keeping it under control actually requires.

The environments security operations teams defend today look nothing like the ones most SOC models were built around. Cloud, SaaS, endpoint, identity, and network environments have made security operations exponentially more complex—and the SOC models built to manage them haven’t kept up. Alert queues outpace analyst capacity, investigation workflows span too many disconnected tools, and dwell time keeps growing because correlation is still largely manual.

See how organizations are rebuilding security operations to handle environments that legacy SOC models weren’t designed for.

Topics include:

• Improving detection and response across distributed environments
• Reducing friction from disconnected tools and workflows
• Closing coverage gaps created by legacy tools and fragmented operations

Find out what modern security operations looks like—and how to get there without starting from scratch.

Third-party relationships now extend across critical systems, applications, data, and workflows—creating dependencies many organizations struggle to assess and monitor consistently. Most vendor risk programs rely on periodic assessments and questionnaires that provide a point-in-time picture of risk that’s outdated before the ink dries. A single vendor with weak security controls can give attackers a direct path into environments organizations have spent years hardening.

See where third-party relationships are creating the greatest exposure—and what it takes to reduce risk before a vendor compromise becomes your breach.

Topics include:

• Identifying third-party relationships that expand attack surfaces
• Prioritizing third-party risk across vendor ecosystems
• Gaining visibility and control over third-party access

The next breach may start with a vendor. Find out how to reduce the exposure attackers are counting on.

Users work from anywhere, applications live across cloud platforms, and third-party access now reaches into environments that were once tightly controlled. Traditional network access models were built around a boundary that no longer exists—and the gap between how access is granted and how environments actually operate is where attackers find their footing. VPNs that grant broad network access instead of application-specific connectivity are creating lateral movement risk that Zero Trust Network Access was specifically designed to eliminate.

See where traditional network access models are creating risk—and how Zero Trust Network Access closes the gap.

Topics include:

• Securing access across cloud, hybrid, and remote environments at scale
• Replacing broad network access with least-privilege connectivity
• Monitoring user and device access across distributed environments

Attackers are targeting the gaps created by expanding environments. Find out how to close them before they become compromise points.

Ransomware attacks are moving faster than many security operations teams can detect, investigate, and contain them. By the time suspicious activity is confirmed, attackers have often already escalated privileges, moved laterally, and positioned for detonation—turning delayed response into a breach that could have been stopped. Attackers routinely target backup systems and disable recovery options before triggering encryption — by the time most organizations reach for the fallback, it's already gone. Response speed determines whether an incident is contained or becomes a large-scale breach.

See how organizations are detecting and containing ransomware before attackers reach the point of detonation.

Topics include:

• Detecting ransomware across the full attack chain
• Reducing lateral movement and dwell time
• Accelerating containment and response across distributed environments

The attack that announces itself has already succeeded. Find out what it takes to find the ones that don't.

AI has given attackers something they didn't have before—the ability to move through identity infrastructure at a speed and scale that is reshaping how attacks are executed and defended. AI-assisted phishing that bypasses MFA, credential stuffing at machine scale, and account takeover attempts so convincing they defeat controls designed for human-scale threats are lowering the skill threshold and pushing identity defenses beyond their original design limits. Defending against these threats requires rethinking how identity risk is evaluated and managed across users, systems, and environments.

Learn where AI is changing the identity threat landscape—and what it takes to defend against attacks that traditional controls weren’t built to stop.

Topics include:

• Detecting adaptive identity-based attacks
• Reducing exposure from compromised credentials and account takeover
• Extending identity security across distributed environments

The attacks targeting your identities are getting smarter. Find out what it takes to stay ahead.