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Your website and your software should work together.

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construction

Websites built around Aurora Solar

The platform powering the solar industry. Peak Leverage turns Aurora Solar into a true operating handoff instead of leaving the website to dump weak context into the queue.
construction operator workflows
Lead Capture AI (LCAI) Widget
Technical trust stays public

Operator reality

What Aurora Solar already handles well

Aurora Solar is a cloud-based software platform that solar professionals use to design photovoltaic (PV) systems, perform shading analysis, and generate interactive sales proposals. It relies on LIDAR and satellite imagery to create accurate 3D roof models, allowing installers to quote and sell solar without rolling a truck to the property.

Proof summary

Strongest next step

Solar Installation is the clearest first click from this parent hub.

Live page inventory

1 active Aurora Solar page across 1 approved wave.

Operator pressure

We struggle with getting our custom CRM to correctly map complex utility consumption profiles into Aurora via the API.

Buyer comparison set

OpenSolar, HelioScope, Solo, Sighten

Website gap

Where the website gap starts before Aurora Solar

While Aurora is unmatched for PV design and proposals, it is not a general-purpose marketing CMS or full-scale CRM. Installers still need a dedicated website to drive traffic, nurture top-of-funnel leads, and manage broader marketing campaigns before a specific solar design is initiated.

  • Does not provide a full website builder or CMS for SEO-driven marketing.
  • Native lead capture widgets (Lead Capture AI) are powerful but offer limited visual customization to perfectly match custom brand guidelines.
  • Requires an external CRM for long-term lead nurturing and automated drip sequences.

Fit guidance

Who usually fits an Aurora Solar-centered website rebuild

Use this section to decide when Aurora Solar's Lead Capture AI (LCAI) Widget path is enough and when the website should qualify harder before it hands off through the REST API.

Recommended fit

  • Teams already running Aurora Solar as the system of record
  • Operators who need stronger qualification before data reaches Aurora Solar
  • Businesses that need a public site and intake flow shaped around construction demand

Caution fits

  • Teams expecting undocumented writes or shortcuts inside Aurora Solar
  • Organizations that have not decided whether Aurora Solar is the long-term operating system

Not ideal for

  • Buyers who only want a visual redesign with no intake or handoff changes
  • Teams that need the website to promise workflows Aurora Solar does not publicly document

Traditional agency build

Why this Aurora Solar hub cannot read like a generic agency page

  • Generic copy treats Aurora Solar like a logo instead of an operating constraint.
  • The website handoff stays vague, so teams keep repairing missing context manually.
  • Each new landing page reopens scope because the integration story was never made explicit.

Peak Leverage system

What a real Aurora Solar hub does instead

  • Route copy stays aligned with the documented Aurora Solar handoff.
  • Public-site language matches the operator pressure the team feels inside Aurora Solar.
  • Technical trust, route selection, and next actions stay on one parent hub.

Page explorer

Choose the industry route that matches how Aurora Solar is used

Start with the industry route where buyers, operators, and the Aurora Solar handoff all line up. The parent hub should narrow the next click, not leave buyers in a generic card grid.
Start your System Check →

Documentation status

What Aurora Solar publicly documents for native and API handoff

This section shows where native Lead Capture AI (LCAI) Widget guidance is publicly available, rest api docs are available, event delivery is documented, and where implementation risk still starts before a rebuild decision is made.

Embed surface

Aurora Solar publicly documents Lead Capture AI website widgets and estimator settings, including a floating discovery bar and lead-to-project handoff behavior.

API surface

Aurora Solar publishes a documented REST V2 at version v2.

Webhook surface

Webhooks can notify your external systems when a design finishes processing or when a customer signs a proposal. This allows you to automatically update CRM deals or trigger automated follow-up emails without polling the API.

Rate limits

API calls are rate-limited per tenant. Heavy batch operations should be queued to avoid 429 Too Many Requests errors, particularly when pulling down heavy design data, 3D models, or PDF proposals.

Versioning

Aurora's Sync API (v2) is the current standard. Ensure endpoints use the /v2/ path, as older v1 endpoints are deprecated and lack newer functionality.

Sandbox

Aurora provides a dedicated Sandbox environment. Customers can generate separate Sandbox API keys to test integrations without affecting production data or incurring design request charges.

Technical trust path

Data primarily flows from the website to Aurora by POSTing a new Project via the Sync API. Often, a CRM acts as the middleman, taking the website lead and pushing the address payload to Aurora to provision the design environment.

Authorization uses Bearer tokens passed in the HTTP request header. You generate and manage these API tokens directly within your Aurora tenant settings, with separate keys available for Sandbox and Production environments.

Check the API and event model

Review API-token auth, the rest api, event delivery, rate limits, versioning, and test-environment realities before you promise a live Aurora Solar sync on the site.

Next step

See whether Aurora Solar is the right handoff layer for your website

We will show the public-facing flow, the intake logic, and the documented Aurora Solar handoff before recommending a rebuild.

The first pass shows where the website is dropping context before Aurora Solar can do its job.