Rescope vs Doc Labs

Rescope - Zoning & Building Permit Automation

Rescope is a zoning and building permit automation platform designed to help construction professionals navigate the complex landscape of zoning codes and building permits more efficiently. The tool addresses one of the most time-consuming and frustrating aspects of the construction process—obtaining the necessary permits and ensuring compliance with local zoning regulations. Rescope is built for contractors, architects, and developers who need to streamline the permitting process and reduce delays that can stall project timelines. At its core, Rescope automates the research and interpretation of zoning codes and building permit requirements, which traditionally requires significant manual effort and specialized knowledge. The platform helps users quickly identify applicable zoning regulations for a given property or project, understand what permits are required, and accelerate the submission and approval process. By leveraging automation technology, Rescope reduces the need for professionals to manually sift through complex municipal codes and regulatory frameworks, enabling faster decision-making and project initiation. The primary use case for Rescope centers on the pre-construction and planning phases of building projects, where permitting delays can have cascading effects on schedules and budgets. Contractors benefit from faster permit turnaround times, architects can more quickly validate design feasibility against local codes, and developers can assess the viability of potential sites with greater speed and confidence. By reducing the time spent on permit-related tasks, Rescope helps teams focus on higher-value activities and move projects from planning to construction more rapidly. Rescope operates as a web-based application, making it accessible from any device with an internet connection without the need for complex on-premise installations. This cloud-based approach allows teams to collaborate on permitting workflows and access up-to-date zoning information in real time. The platform is designed for ease of adoption, enabling construction professionals to integrate permit automation into their existing workflows with minimal disruption. As a focused solution in the construction technology space, Rescope occupies a niche but increasingly important segment of the market. With growing regulatory complexity across municipalities and increasing pressure to deliver projects on time, tools that automate compliance and permitting processes are becoming essential for competitive construction firms of all sizes.

Doc Labs — AI-Native Construction Management

Doc Labs is an AI-native construction management platform designed to eliminate the inefficiencies of document-heavy workflows in the construction industry. The platform addresses a critical pain point: construction teams spend an estimated 35% of their project time searching for information across thousands of documents, including RFIs, submittals, drawings, specifications, and contracts. Doc Labs serves owners, general contractors, and project teams by surfacing the right information with full context, transforming how construction professionals find, interpret, and act on project data. The platform's flagship capability, Project IQ, provides a unified search and intelligence layer across all project documents. Key features include semantic search that understands construction-specific language, enabling users to search once across all document types and receive precise, contextual answers linked back to source documents and clauses. Project IQ also offers a Project Explorer that organizes data according to how construction teams think — by locations, trades, or CSI codes. Beyond search, Doc Labs automates repetitive workflows such as RFI drafting and response tracking, and provides AI-drafted responses to common project queries. The platform differentiates itself from traditional construction software by reasoning across documents rather than simply storing them, effectively replacing tribal knowledge with data-driven intelligence. For owners, Doc Labs delivers real-time intelligence on project data, documents, and transactions through a single dashboard, enabling confident sign-offs backed by complete context. Contractors benefit from the platform's ability to identify change events, scope gaps, and contractual risks before they escalate into disputes, directly protecting project margins. Project teams gain clarity and speed by spending less time searching and more time building, with natural language search and a single collaborative workspace. The platform addresses an estimated $177.5 billion in annual labor costs associated with searching for project data, with individual employees reportedly spending up to 14 hours per week on document search activities. Doc Labs is a cloud-based web application with enterprise-grade security, ensuring that customer data never leaves their control. The platform is designed for fast onboarding — teams can connect their existing document sources and go live in days, minimizing disruption to ongoing projects. White-glove support is provided by a team with deep construction industry experience. The platform is backed by Brick & Mortar Ventures, a prominent construction technology venture capital firm. The founding team brings significant enterprise technology expertise, with leadership drawn from Salesforce. CEO Srini Vishnubhatta previously served as Product VP of AI & Analytics at Salesforce, where he launched multiple products exceeding $200M in ARR. CTO Piranavan Selvanandan, a former Data Cloud Director at Salesforce, holds 16 patents in AI and orchestration. GTM & Ops Lead Christian Lyndes brings 25+ years of enterprise SaaS sales experience along with direct construction industry involvement, including work on the Hudson Yards development. This combination of enterprise AI expertise and construction domain knowledge positions Doc Labs as a next-generation platform built to move the industry beyond traditional systems of record toward intelligent, AI-driven execution.