Most product delivery is fuzzy.
Ours is CRISP.

Fixed timelines. Flexible scope. Production software, not prototypes.

C

Capture the intent.

Not a requirements doc. What needs to be true when we're done. We define the outcome, set a fixed timeline, and scope the work to fit. If it can't fit, we cut scope, not extend time.

We scope the work to fit the time, not the other way around.

We ship production code, not pitch decks.

We stay long enough to carry context.

What this means in practice.

Human oversight at every decision point

AI accelerates the build. Architecture, scope, and release decisions stay with your team and ours.

Prototype to production, not prototype as product

We ship production software with test coverage, error handling, and deploy pipelines. Not hardened demos.

Release validation, not manual QA

Every release gets a confidence score from AURA. Validated across API, UI, backend state, and data integrity.

Design decisions that survive team turnover

Tenet captures why decisions were made and surfaces that context when someone is about to override them.

C

Capture the intent.

Not a requirements doc. What needs to be true when we're done. We define the outcome, set a fixed timeline, and scope the work to fit. If it can't fit, we cut scope, not extend time.

R

Resolve the hard calls.

Architecture, data model, trade-offs, third-party constraints. We make the decisions that would otherwise stall the build. This happens before a single line of code, not during sprint three when the team realizes nobody decided.

I

Implement with embedded teams.

Same repo. Same standups. Same Slack. Our designers and engineers join your product as if they work there, because for the duration of the engagement, they do. AI-native tooling, spec-driven development practices, production code from day one.

S

Ship with confidence.

Every release gets a confidence score. Not from a manual QA pass. From AURA, our validation platform that checks API, backend state, UI, and data integrity simultaneously. Intent-driven validation, not brittle DOM scripts.

See how AURA works
P

Preserve what you built.

Design decisions decay the moment the person who made them leaves. Tenet captures why each decision was made and surfaces that context when someone is about to override it. Institutional memory that doesn't depend on institutional tenure.

See how Tenet works

Shipped with CRISP.

SODA
45 calendar days from start to delivery. 3,500 users onboarded on day one.
Gritwell
Concept to production in 4 months. $3M raised on the working product.
Deem
425 seconds to 127. NPS 19 to 54. 7 years. 22 awards.
Nike Equipment Builder
Millimeter precision. NFL, MLB, NCAA. 4+ years and counting.
Innovative IDM
10 million products. 10 manufacturers. One unified platform.
Enterprise Travel Platform
4 months to production launch. Thousands of travelers on day one.

CRISP vs. everything else.

Spec-driven development tells AI agents how to write code. CRISP tells a product team how to ship software. SDD lives inside the Implement phase. The other four phases are where most projects actually fail: unclear intent, unresolved architecture, no release confidence, no design governance.

Shape Up taught the industry that fixed time and flexible scope beats the alternative. CRISP takes that principle and extends it across the full delivery arc, from scoping through release validation and long-term maintenance. It also embeds the AI-native tooling (AURA, Tenet) that didn't exist when Shape Up was written.

We called it CRISP because that's what delivery should feel like. Clear scope. Clean execution. Confident release. No residue.

Tell us what you're building.

No pitch deck needed. Just a conversation about your product and how we'd approach it.

Start a Conversation

What clients ask.

A methodology where every engagement starts by defining what needs to be true, not what needs to be built. The scope flexes to fit a fixed timeline, not the other way around. Enspirit's implementation of this approach is called CRISP: Capture, Resolve, Implement, Ship, Preserve.
Spec-driven development is a coding practice focused on how developers use AI agents to generate code from specifications. CRISP operates at the product delivery level: scoping, design, build, validation, and governance. SDD lives inside the Implement phase of CRISP. CRISP also includes release validation and design governance, which SDD does not address.
A single number that tells you whether a release is safe to ship. AURA produces this score by validating across API, backend state, UI, and data integrity layers simultaneously, using intent-driven validation rather than brittle UI test scripts.
Generative tools accelerate drift by producing designs faster than humans can review them. Tenet captures why design decisions were made and surfaces that context when someone is about to override them. It scans for violations, fixes them with full rationale, and builds institutional memory that survives team turnover.
Yes. The Capture phase is particularly valuable for startups because it forces clarity on what the MVP actually needs to prove. Gritwell went from concept to production in 4 months using this approach and raised $3M on the working product.
A product delivery framework is the operating model a team uses to move from product intent to shipped software. It covers how scope is defined, how decisions are made, how work is built and validated, and how knowledge is preserved after release. CRISP is Enspirit's framework for this. Five phases: Capture, Resolve, Implement, Ship, Preserve. The point of using a framework is consistency. The same project shouldn't take twice as long depending on which team picks it up.
Scope flexes to fit the timeline, not the other way around. The Capture phase defines what must be true at the end of the engagement. From there, the team makes hard calls about what makes the cut for v1, what gets deferred, and what gets cut entirely. The timeline is treated as a constraint, not a target. If the work doesn't fit, we cut scope rather than extend the date. This is the same principle Shape Up established. CRISP carries it across the full delivery arc, including release validation and design governance after launch.
Requirements-driven development starts with a list of features the product needs to have. Intent-driven development starts with what needs to be true when the work is done. The distinction matters because requirements decay the moment a real user touches the product. Intent stays stable, even when the implementation has to change. CRISP uses intent as the contract for the engagement. The team can adapt how something gets built without renegotiating what it's for.