saahilkhan's blog

Beyond rightful owners losing an enormous amount of revenue, content piracy in the live sports watermarking world is a direct threat to sports teams’ sponsorship deals. Because sports organisations are unable to include pirated audiences in their audience estimates, the numbers of viewers are grossly under-reported. These groups stand to lose hundreds of thousands of dollars – more – for every game or match, since audience size is a key basis for sponsorship deals.  

Although such technology can involve some very advanced security concepts, Ott drm streaming service operators still need to pay detailed attention to the overall system architecture that is deployed and avoid loopholes that allow hackers to defeat the purpose of DRM protected content.

Session-based and user-specific video watermarking enables the service operator to embed a unique identifier for each user. The ID is then used to trace any unauthorized redistribution of premium content. This technique is a critical anti-piracy tool to protect UHD premium content and live events broadcasting since it is possible to identify the actual device that is “leaking” or restreaming the content.

When it comes to charging for content and protecting the associated revenues, the basic requirement was (and still is) access control, which was achieved by employing a technology called conditional access system. But what is conditional access you ask? Well, conditional access is a system that content providers use to protect and monetize their content by controlling who has access to it.

To bolster overall content protection, business rules were added that define DRM policies, such as when and how the keys can be used. The enforcement of those rules upon the devices used to consume the content came next and with it arrived our current digital rights management definition.

The wind sector has always had a challenging business model. Wind energy projects depend on high initial investments with fluctuating production and price levels. To mitigate financial risk, wind project developers secure fixed revenues through power purchasing agreements (PPAs). Their bottom line depends on maintaining or expanding the margin between operating costs and the contract power purchase price.

The rollout of AI energy and diversified portfolio management has made this status quo untenable. Coordinating and optimizing sites that run on separate but interdependent systems come with significant difficulties in operations, monitoring, management and compliance. 

Setting data governance policies, roles and responsibilities and instituting processes that ensure data is managed effectively reduces the risk of non–compliance with regulatory and industry standards. Streamlining processes for the sake of regulatory compliance also helps organizations to reduce the cost of non-compliance while increasing operational efficiency and preventing data mismanagement.

The energy ecosphere is complex and far-reaching, covering a vast network of stakeholders, producers, distributors, governments, and end-users. With the increasing availability of data throughout the energy data lifecycle, we can create a more sustainable and cost-effective way of living. Grid data sharing is the key to unlocking this potential and transitioning to a clean energy economy with better service.

Data virtualization is the core technology that allows for fully compliant and secure data processing across expansive, spread out networks. A virtual representation of data is combined and processed securely according to the existing business rules.