BlueRock Security

BlueRock Security

High-assurance security hypervisor for critical systems

Overview

BlueRock Security focuses on providing a formally secured hypervisor platform for mission-critical and embedded systems. It operates in cybersecurity with emphasis on high-assurance computing at scale, serving defense, critical infrastructure, and enterprise IT. Its product is a trusted computing base (TCB) built on virtualization and real-time introspection to maintain active security, offering a programmable security architecture that aims to be provably unbreakable. Revenue comes from selling its hypervisor platform and related security services. The company differentiates itself by delivering a provable, programmable security layer that strengthens defenders relative to attackers and supports edge-to-cloud deployments for active security.

About BlueRock Security

Simplify's Rating
Why BlueRock Security is rated
B-
Rated B on Competitive Edge
Rated B on Growth Potential
Rated C on Differentiation

Industries

Hardware

Enterprise Software

Cybersecurity

Defense

Company Size

51-200

Company Stage

N/A

Total Funding

N/A

Headquarters

San Mateo, California

Founded

2017

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Simplify's Take

What believers are saying

  • MCP adoption accelerates, boosting demand for BlueRock's open-source Python Hooks and Trust Context Engine.
  • Enterprise agentic AI scales to production, favoring BlueRock's guardrails for CrewAI and LangChain.
  • Developer-first tooling integrates with OpenTelemetry and Grafana, driving rapid engineering adoption.

What critics are saying

  • Pivot from hypervisors dilutes high-assurance focus, losing defense clients within 3-6 months.
  • Open-source Hooks undercut paid introspection services, eroding revenue in 6-12 months.
  • Name confusion with BedRock Systems diverts hypervisor leads amid AI marketing push.

What makes BlueRock Security unique

  • BlueRock's Compute Firewall embeds real-time enforcement into cloud images without code changes.
  • Trust Context Engine enriches agentic actions with identity, capability, and trust signals.
  • Agentic Protection Platform secures MCP servers and tools pre-execution via built-in sandboxing.

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Benefits

Health Insurance

Dental Insurance

Vision Insurance

Life Insurance

Disability Insurance

Health Savings Account/Flexible Spending Account

Unlimited Paid Time Off

Flexible Work Hours

Hybrid Work Options

Remote Work Options

Paid Vacation

Paid Sick Leave

Paid Holidays

PTO/vacation

401(k) Retirement Plan

401(k) Company Match

Wellness Program

Mental Health Support

Gym Membership

Professional Development Budget

Conference Attendance Budget

Training Programs

Tuition Reimbursement

Professional Certification Support

Mentorship Program

Phone/Internet Stipend

Home Office Stipend

Stock Options

Company Equity

Relocation Assistance

Adoption Assistance

Childcare Support

Elder Care Support

Company News

PR Newswire
Apr 2nd, 2026
BlueRock launches Trust Context Engine to help developers deploy agentic AI systems faster

BlueRock has launched its Trust Context Engine, a new context layer for agentic AI systems that helps development teams deploy agents into production with greater confidence. The San Francisco-based company's engine classifies each action an agent executes, enriching execution paths with structured context including component metadata, trust signals and runtime behaviour. The engine is powered by the MCP Trust Registry and runtime sensors, providing visibility into how agents interact with tools and MCP servers. Teams can use trust context signals to inform automation, approvals and policy decisions across development and production workflows. BlueRock enables developers to build agents connected to trusted MCP servers whilst giving security teams the ability to define boundaries and prioritise risks. The platform is now available, with demonstrations scheduled for the MCP Dev Summit in New York on 2-3 April 2026.

Green Sands Equity
Oct 10th, 2023
Investments | Green Sands Equity

Lyft is an American ridesharing company based in San Francisco, California, operating in 644 cities in the United States and 12 cities in Canada.

PharmiWeb.com
Jul 13th, 2022
Bedrock Systems And U.S. Army Combat Capabilities Development Command Aviation & Missile Center To Demonstrate Trusted Computing Base Integration Framework

SAN FRANCISCO--(BUSINESS WIRE)--BedRock Systems, the leading software company delivering an unbreakable foundation for secured computing from edge to cloud, today announced the collaboration with U.S. Army Combat Capabilities Development Command (DEVCOM) Aviation & Missile Center (AvMC) and DESE Research. Headquartered at Redstone Arsenal, Alabama, the U.S. DEVCOM AvMC is the Army’s focal point for providing research, development, and engineering technology and services for aviation and missile platforms across the life cycle. BedRock Systems and DESE Research, Inc. have developed a trusted computing base integration framework (TCBIF) that supports flexible design and secure integration of multiple features, functions and applications into aviation and missile systems. For aviation and missile systems, bolstering cyber resilience and reducing SWaP-C (size, weight, power and cost) are critical to meeting security, performance and total life cycle cost requirements. TCBIF meets each of these objectives, leveraging secure virtualization and deep semantic cyber forensics provided by the BedRock HyperVisorTM (BHVTM) with Active SecurityTM. Interfacing with core security and virtualization functions now available in modern ARM v8 and x86 CPUs, and through the application of rigorous formal method proofs, BedRock HyperVisor software is designed to provide a Bare Metal PropertyTM that guarantees isolation between multiple guest workloads and prevents unsanctioned escalation of privilege attempted by errant or malicious software. In contrast to the costly and inflexible process of micro miniaturization of electronic components, TCBIF gives system designers the ability to quickly virtualize, isolate and secure multiple guest operating systems, containers and applications as part of a trusted and adaptable system design and components integration process

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