Industry Gaps & Roadmap
Summary of Critical Challenges in Hardware Management (2026 Review)
Executive Summary
This review identifies the most critical gaps in the hardware management ecosystem facing neocloud operators in 2026. These gaps span security, standardization, scalability, and emerging hardware requirements. Each gap is mapped to relevant OCP workstreams actively working on solutions.
Key Findings
- Security gaps remain the highest priority, with SBOM verification and firmware attestation still lacking automated solutions.
- Standardization continues to lag real-world needs, particularly for GPU telemetry and liquid cooling interfaces.
- Scale requirements exceed current BMC capabilities, creating tension between security compliance and operational performance.
- OCP contributions are actively addressing these gaps through multiple project workstreams.
Critical Gap Analysis
Firmware SBOM Verification
The lack of automated software bill-of-materials (SBOM) verification at the silicon level remains a critical barrier to hardware security attestation.
Redfish Implementation Variance
Mid-market hardware vendors show significant divergence from DMTF Redfish profiles, complicating fleet-wide automation logic.
TLS 1.3 Resource Overhead
Legacy BMC memory constraints (256MB-512MB) are struggling to manage modern cryptographic workloads required for fleet-scale telemetry.
NVMe Streaming Telemetry
Standardized real-time telemetry for NVMe drives is inconsistent, often requiring proprietary vendor libraries for deep inspection.
Air-gapped Automation
Significant provisioning complexity due to the lack of local high-bandwidth update mirrors for firmware and OS images.
Liquid Cooling Standards
The 1000W+ TDP of next-gen GPUs necessitates new standards for manifold pressure and coolant flow monitoring.
OCP Response & Active Workstreams
The following OCP projects and sub-projects are actively working on specifications and contributions that address the challenges outlined in this research.
Security
Addressing SBOM verification and firmware attestation through the S.A.F.E. program. Working on automated verification tooling and hardware root of trust requirements.
Hardware Management
Developing standardized Redfish profiles and BMC requirements to reduce implementation variance. Working on scalable management APIs for large fleets.
Cooling Environments
Establishing liquid cooling standards including sensor interfaces, control protocols, and safety requirements for high-TDP deployments.
Future Technologies Initiative
Forward-looking research on neocloud-specific challenges including air-gapped deployment automation and AI cluster scaling.
Server - Open Accelerator Infrastructure
Developing accelerator management specifications including thermal interfaces and telemetry standards for GPU integration.
Industry Roadmap
| Gap | Current State | Target State | Timeline |
|---|---|---|---|
| SBOM Verification | Manual, vendor-specific | Automated, standardized | 12-18mo |
| Redfish Conformance | Varies by vendor | OCP certification required | 6-12mo |
| GPU-BMC Integration | Parallel stacks | Unified Redfish API | 12-18mo |
| Liquid Cooling Standards | Proprietary | OCP specification | 18-24mo |
| Air-gap Automation | Custom solutions | Reference architecture | 6mo |
OCP Contributions
The following contributions are available through the OCP Contributions portal. These include reference implementations, specifications, and design documents.
Caliptra Root of Trust 2.0
Open-source silicon root of trust addressing firmware security gaps in the ecosystem.
Secure Boot 2.0
Security specification addressing boot chain verification gaps across vendors.
OCP RAS API v0.9 Final
Standardized API addressing Redfish variance and interoperability gaps.
View all contributions at opencompute.org/contributions
Get Involved with OCP
These gaps represent opportunities for contribution. Whether through specification development, reference implementations, or testing, the OCP community welcomes participation from operators, vendors, and engineers working on these challenges.