Hyperproof is a governance, risk, and compliance platform built for organizations juggling more than one regulatory framework at once. Rather than treating each standard as a separate project, Hyperproof maps a single set of controls across 160+ frameworks including SOC 2, ISO 27001, HIPAA, and NIST, so evidence gathered once can satisfy multiple audits without duplicate work. Purpose-built AI agents surface relevant evidence, validate controls, and flag compliance gaps automatically, cutting down the manual review that typically eats up a compliance team's week.
The platform connects directly to the tools IT and security teams already run, including GitHub, Jira, ServiceNow, Snyk, CrowdStrike, MongoDB Atlas, Google Workspace, and Microsoft SharePoint, pulling evidence into Hyperproof instead of requiring teams to chase it down manually. High-frequency controls can be tested on a recurring schedule, with failures automatically generating tasks and escalations so nothing slips between audit cycles. A built-in risk register lets risk owners across departments document risk treatment plans and tie them directly to the controls that address them.
Hyperproof also supports organizations with complex structures, letting larger companies scope controls to specific business units, subsidiaries, or entities rather than forcing everything into one flat compliance program. Customers report meaningful results from this approach: a 70% increase in compliance productivity, roughly $150,000 in annual savings on control orchestration, a 66% cut in duplicative controls, and about 350 fewer hours spent on audit preparation each year. Founded in 2018 and based in the Seattle area, Hyperproof works with organizations like Reddit, Fortinet, Appian, Outreach, and Thales as they move from reactive, spreadsheet-driven compliance to a continuous, audit-ready operating model.
Best fit: IT, security, and compliance teams at growing technology companies that manage multiple frameworks simultaneously and want to reduce the manual overhead of audit prep.
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Altium Develop is a collaborative electronics product development platform that connects requirements management, PCB design, engineering collaboration, supply chain visibility, and manufacturing workflows in a single environment.
Built on Altium Designer®, Altium 365®, and Requirements Portal, Altium Develop helps electronics teams manage the entire hardware development lifecycle—from requirements definition and design reviews to BOM management, sourcing, and production readiness.
Designed for organizations developing complex electronic products, Altium Develop enables engineering, systems, manufacturing, and product teams to collaborate in real time while maintaining end-to-end visibility and traceability across projects.
Key Capabilities:
• Real-time collaboration for PCB and hardware development teams
• ECAD-MCAD collaboration and design review workflows
• Component, BOM, and supply chain management
• Change management and project coordination
• Centralized design data and product lifecycle visibility
• Cloud-based collaboration for distributed engineering teams
• Requirements management and traceability through Requirements Portal
Ideal for:
• Electronics manufacturers
• PCB design teams
• Systems engineering organizations
• Product development teams
• Enterprise hardware development programs
Organizations evaluating alternatives to Autodesk Fusion Electronics, KiCad, Cadence OrCAD, Xpedition, Allegro X, and SOLIDWORKS PCB use Altium Develop to improve collaboration, reduce rework, accelerate product development, and strengthen requirements-driven hardware development processes.
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Microwave Office
Microwave Office supports the design of RF passive components such as filters, couplers, and attenuators, as well as active devices operating under small-signal (AC) conditions such as low noise and buffer amplifiers. The linear configuration provides simulation of S-parameters (Y/Z/H/ABCD), small-signal gain, linear stability, noise figure, return loss/voltage standing wave ratio (VSWR), and more, as well as real-time tuning, optimization, and yield analysis. All E-series Microwave Office portfolios include synchronous schematic / layout editors, 2D/3D viewers, comprehensive libraries of high-frequency distributed transmission models, surface-mount vendor component RF models with footprints, measurement-based simulations, and RF plotting. Microwave Office PCB enables linear and nonlinear RF circuit design with the robust APLAC HB simulator and its powerful multi-rate HB, transient-assisted HB, and time-variant simulation engine, supporting analysis of RF/microwave circuits.
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