Intermap Technologies (TSX: IMP, OTCQB: ITMSF) announced on August 06, 2026 that it will release its second quarter 2026 financial results after market close on August 13, 2026. The geospatial intelligence firm, which operates across more than 150 countries, scheduled the disclosure to provide investors with an update on its operational and financial performance for the period.

The announcement serves as a procedural notice regarding the timing of the earnings release rather than a disclosure of financial metrics. Intermap’s Chairman and CEO Patrick A. Blott and Executive Vice President and CFO Jennifer Bakken will host a live webcast immediately following the release to review the results and answer questions from investors, analysts, and media representatives.

Webcast Details

Shareholders and interested parties can access the live presentation through the details provided below:

A replay of the webcast and supporting materials will be posted on the investor relations page of the company’s website following the event.

About Intermap Technologies

Intermap Technologies describes itself as a global leader in geospatial intelligence powered by proprietary 3D data and AI-driven analytics. The company delivers actionable intelligence to government and commercial customers, supporting risk management, infrastructure planning, and mission-critical decision-making. Its proprietary 3D data foundation spans more than 300 million square kilometers.

Forward-Looking Statements

The news release includes standard cautionary language regarding forward-looking statements. These statements involve risks and uncertainties such as cash availability, revenue fluctuations, government contract nature, and competition. Actual results may vary significantly from those expected due to these factors.

Intermap Technologies announced the launch of its AI-enabled Orthorectification Service on the UP42 geospatial platform on July 06, 2026. The service enables users to generate analysis-ready satellite imagery directly within their existing and customized workflows. By converting 2D satellite imagery into accurately positioned geospatial data, the solution targets commercial, government, and defense applications. This development addresses the shifting bottleneck from image collection to image correction and analytics as commercial satellite capacity expands.

The global space economy generated approximately $429 billion in revenue in 2025, with the commercial satellite industry accounting for $303 billion, representing 71% of the global space business. A record 4,434 satellites were deployed into orbit in 2025, bringing the total number of operating satellites to 14,266, supported by approximately 800 remote sensing satellites. This growth necessitates scalable solutions for image correction to support mapping, measurement, and AI-based analysis.

Intermap’s Orthorectification Service corrects distortions in satellite imagery caused by terrain variation, sensor geometry, and viewing perspective. Utilizing Intermap’s global bare-earth 3D terrain model, the service rectifies imagery to real-world ground locations, supporting imagery from virtually any sensor and resolution. The company holds a seamless, global high-resolution digital terrain model spanning more than 300 million square kilometers across over 150 countries.

The service simplifies a historically complex step in satellite imagery processing. Users can select Intermap’s service directly within the UP42 ordering workflow and receive corrected imagery in minutes, depending on image size and input characteristics. This eliminates the need to source elevation data, license software, or manage manual workflows. Accurate orthorectification facilitates infrastructure monitoring, building footprint extraction, utility planning, and property boundary assessment.

"Delivering accurate, analysis-ready imagery directly within the workflow removes friction and improves the quality, reliability and relevance of downstream analytics," said Patrick A. Blott, Chairman and CEO of Intermap. He emphasized that accurate ground positioning at scale is increasingly important as commercial satellite imagery becomes more widely used across enterprise, government, and defense markets.

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