All 17 blocked candidates are economic buyers and guardians.

I like that it promises running apps in my network without VPN, which targets my ETL need. But it lacks install guides, network/tunnel specifics (ports, outbound-only behavior), architecture diagrams, SOC2/Trust Center links, and clear answers about control-plane outages and data access. I need those before trial or approval.

This directly targets my mandate: per-PR private previews that reach internal DBs without VPN. It gives a concrete mechanism (daemon, agent, tunnels, CLI) and an example command. Missing, however, are critical practitioner artifacts: full install docs, architecture diagram, supported providers matrix, network/port requirements, SSO/identity flow, trust boundary details, and compliance evidence (SOC2). I need those before pilot approval.

I need PR previews that are private, reliable, and low-friction for my frontend reviews. Ship claims this feature: 'Every pull request gets a preview with a .internal URL that's only available on your team's private network.' That directly targets my goal. But the page lacks concrete ROI, SLA, SOC2 or trust center links, detailed pricing, and onboarding steps or migration docs. That missing evidence keeps me skeptical but curious.

I need a way to pilot PR previews in edge PoPs without router changes. This claims secure tunnels and URLs that avoid reconfiguring networks, which directly targets my pain. But it lacks critical artifacts: architecture diagrams, NAT/firewall traversal details, the control‑plane trust boundary, and security/compliance certs. I also expected links to docs, workload pricing breakdown, and an installation/networking runbook. Given those gaps, I am interested but won't pilot without those specifics.

Its pitch maps directly to my need for git-push deploys into private networks. It shows a daemon, a CLI snippet, and claims tunnels without VPN. But it omits architecture diagrams, network/firewall requirements, port rules, and a link to developer docs or API. It also lacks concrete auth integration steps, SOC2/trust-center links, and a clear pricing table or SLA. Useful conceptually, but I need engineering docs and trust artifacts before I let my team test it.

I like the promise of push-to-deploy on my compute and private PR previews. It targets my KPI by reducing experiment-to-production friction. But I need concrete artifacts before I brief procurement and legal. Missing: SOC2/ISO27001 reports, Trust Center or security whitepaper, architecture diagram. No clear SLA, workload pricing table, or implementation guide is linked. Score 7 because the mechanism matches my pain but risk evidence is incomplete.

I like that it promises private PR previews and in-network .internal URLs, which directly targets my preview need. But it omits critical artifacts I need to greenlight trials: SOC2/Trust Center, explicit outage behavior for the vendor control plane, a pricing table or cost calculator, architecture/agent network diagrams, and customer references showing site validations at scale. Without those, I can only treat this as a skeptical 'try-it' candidate, not a procurement-ready solution.

I care because my team needs private, low-latency PR previews that can access internal APIs today. The page claims exactly that: previews on .internal URLs and tunnels to private DBs and APIs. But it omits critical artifacts I need: SOC2/Trust Center links and an architecture diagram. I also need explicit guidance on control-plane failure modes, GPU provisioning details, and demo latency figures. Score 7 — promising mechanism, but missing ROI, risk, and operational details I must see before approving.

I care because I must expose RPC nodes across customer hosts quickly and securely. Ship promises a daemon, tunnels, private URLs, and per-app access rules. That addresses my pain, so this reads as relevant. But I need specifics before I can approve. Missing artifacts: network architecture diagram, explicit port and NAT traversal behavior, and firewall requirements. Also missing agent resource specs, RPC deployment example, API/agent docs, SOC2/trust-center link, and precise workload-hour pricing table.

This directly targets my pain: private PR previews that access staging RDS. They promise 'connect to private DBs' and .internal PR previews without a VPN. But I don't see architecture diagrams, network flow, or a security trust boundary. There is no link to API docs, deployment steps, or a detailed compatibility matrix. Critical answers about the daemon's access and control-plane failure modes are only asked in an FAQ. I want architecture, network diagrams, API/CLI reference, and trust/security docs before I trial this.

I need ephemeral test environments inside private networks. Ship's daemon and git push workflow are promising and directly relevant. But I lack API docs, architecture diagrams, SOC2/trust-center links, control‑plane outage answers, and precise workload‑hour pricing.

I like that it enables push-to-deploy on customer infra and private DB access without VPNs. That directly targets my MSP mandate to speed onboarding and offer managed deployments. But I can't approve yet: there's no SOC2/SLAs, no pricing table, and no customer ROI or migration details.

I rate this a 7. The pitch directly targets my need (private PR previews and agent-based tunnels) and the CLI snippet shows a minimal install flow. But the page omits install/architecture details I need: service/install steps, systemd/unit examples, required ports/NAT/firewall behavior, trust boundary details, and a clear link to API/CLI/docs. Show me an architecture diagram, port list, and compatibility matrix before I forward this to ops.

I like the promise to run workloads in our networks and provision VM/K8s targets fast. But I need SOC2/TRUST docs, named customers, SLA, and clear workload-hour pricing. Without those, risk and procurement blockers remain. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

I care because I must reduce SaaS risk while keeping analyst velocity. Ship promises VPC-hosted apps, private DB access, and built-in WAF and DDoS. But the control plane lives in Ship's cloud and the daemon connects to it. No links to SOC2, SLA, or Trust Center are provided. Pricing shows $0.001 but lacks a clear table or workload definition. I expected architecture diagrams, SOC2, SLA, trust-boundary docs, and a pricing table. Score 6: interesting, not trustworthy without compliance and outage guarantees. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

I see a path to provision compute on our hardware, which could speed tapeouts. But the page lacks ROI numbers, compliance certificates, named customers, pricing table, and an architecture diagram to quantify risk. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

I need faster iteration without vendor-controlled control planes. This page promises velocity and local infra control but lacks trust evidence. I expected links to a Trust Center, SOC2 certs, SLA, architecture diagram, pricing table, and threat model. FAQs list questions but offer no links or answers. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

I need clear SLAs, a workload-hour pricing table, and SOC2 or equivalent compliance docs. The page hints at lowering node ops by running on my compute, but gives no cost benchmarks or architecture diagrams. FAQ questions about control-plane outages and trust boundaries leave critical risk unanswered. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

Lists secure tunnels, WAF, OAuth/OIDC and private URLs, but provides no trust-boundary diagram or least-privilege proof. I need SOC2/trust-center links, explicit agent privileges, and audit/log ownership before I approve. [AUTO-VERIFIED: GR dynamic threshold met (6.0)]

I need SOC2, a trust-center link, control-plane SLA, architecture or threat model, and daemon privilege details. The page touts 'secure tunnels' and a remote agent but provides no compliance certs or concrete trust boundaries, so I can't approve. [AUTO-VERIFIED: GR dynamic threshold met (6.0)]

I need to cut field ops costs without opening networks. This page promises that with an agent and tunnels, so the mechanism matches. But it gives no pricing math, workload-hour examples, SOC2/trust center links, SLA, architecture diagram, or integration checklist. It also hints the vendor control plane handles workloads, which raises outage and trust questions. With those artifacts missing, I won't budget this yet. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

I give this a 6. It promises faster releases and edge protection but lacks executive artifacts. No ROI, no time-to-value, no SLA, and no pricing table beyond "$0.001". No Trust Center, SOC2, or pen-test reports. No architecture diagram, benchmarks, or named customer metrics. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

I like the push-to-deploy fit for my mandate, but it raises control-plane risk. I need SLA, clear pricing table, architecture/agent network diagram, SOC2/ISO attestations, and named customer references or ROI before I escalate. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

Its claim about optimizing for price directly speaks to lowering multi-region OPEX. But the page lacks pricing details, TCO examples, and SLAs. It also provides no architecture diagrams or compliance artifacts like SOC2 or a Trust Center link. They claim WAF and secure tunnels but include no specs or evidence of security posture. I need pricing, SLA, compliance docs, and an architecture diagram before I can approve. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

The page claims GPU and provider flexibility, which matches my KPI. It fails to provide pricing math, workload-hour definition, GPU scheduling/benchmarks, SLAs, or compliance artifacts like SOC2. I need concrete ROI, real costs for GPU hours, and trust docs before I escalate. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

This promises GPU provisioning and cost optimization, which targets my KPI. But it omits clear pricing, ROI examples, and concrete workload-hour pricing units. It lists security features but provides no SOC2, Trust Center, or compliance artifacts. The control plane is hosted off-site, creating outage and trust boundary risks I must mitigate. No named customers, SLA, or migration portability guarantees mean I cannot approve enterprise rollout. Score 6: candidate for a pilot only after I get pricing, compliance docs, SLA, and customer references. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

I give this a 6 because it promises my mandate but leaves critical risk questions unanswered. It shows a lightweight daemon and push-to-deploy on customer compute. It also signals an external control plane: 'You don’t host the control plane'. That raises availability and access risks I can't accept without proof. Missing artifacts: SOC2/compliance, Trust Center link, architecture diagrams, SLA, detailed pricing, and customer references. FAQ lists security questions but provides no answers. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

Promises address my deployment and networking pain. But it omits critical artifacts I need to approve spend: SOC2, SLA, pricing table, benchmarks, and architecture diagram. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

It maps to my need: push-to-deploy on my compute and private DB access. But I see no SLA, no Trust Center or SOC2 link, no rollback or OTA signing details. No control-plane failure guarantees are an unacceptable risk for fielded robots. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]

I like the push-to-deploy on my compute, but this page omits critical vendor artifacts. I expected an SLA, SOC2 or Trust Center link, control-plane architecture, outage behavior details, and a pricing table. Without those I cannot quantify SLA risk, time-to-value, or true cost savings. It reads like procurement-stage marketing rather than a decision-ready technical and commercial brief. [AUTO-VERIFIED: EB dynamic threshold met (6.0)]