Governments are eager to explore different ways to integrate digital technology, knowledge, and assets. Making this data publicly available is critical for Governments. NCache, In-memory distributed datastore and cache, can be an effective instrument to help governments become more responsive to users, improve city services, and make cities more voter friendly.
To truly “democratize the data” would ultimately require a better, more conscious effort to make this initiative more inclusive and participatory to all citizens. NCache’s (In-Memory Distributed Cache for .NET) unique features make it a top choice for publishing and maintaining government data. Rich with features and capabilities that allow for horizontal scaling both in terms of available storage space and performance processing power, NCache is the best choice. Older technologies are struggling to cope and live up to promises. If your entity is unable to deliver on requirements to provide information, consider using NCache.
Consider these NCache use cases for true high availability and elastic scalability:
Relational databases are the typical systems of record for government records. However, they cannot scale to the massive demands of access by the government. NCache is an extremely fast and scalable distributed cache that lets you improve your application performance and scalability. Unlike a relational database that quickly becomes a bottleneck, NCache scales linearly by letting you add more cache servers to increase transaction capacity. NCache provides powerful database synchronization features where the cache updates itself when data changes in the relational database and vice versa. Each feature is geared toward a specific type of usage and collectively they handle a variety of scenarios for synchronization with the database.
NoSQL Databases can scale out but need help to meet tight SLAs for E-Governments. NCache provides sub-millisecond response times to its clients. This speed comes from a number of reasons. First, NCache is an in-memory distributed cache having datastore, in-memory processing and session storage capabilities. Secondly, NCache can keep the cache close to the application in the form of Client Cache. Client Cache can even be InProc to the client application while at the same time synchronizing with the clustered cache. NCache can help scale databases and meet SLAs with "read-through" and "write-through" capabilities to scale persistence combined with the ability to handle enormous workloads.
Many server applications today need to coordinate work with other applications and share messages and data in an asynchronous manner. For high transaction environments, NCache is an ideal candidate for asynchronous event driven communications. NCache provides a rich set of features to cater to the needs of these applications including Pub/Sub Messaging, Continuous Queries, Item Level Events, and Cache Level Events.
Your organization is likely to have dozens of data sources and many of these would be in legacy frameworks. Recoding or rewriting the code is probably not best cost efficient and time efficient way. Runtime data sharing between multiple data sources become a major challenge over time. NCache can serve as data fabric and dynamic data sharing can be used. NCache can share the data between various versions of an object, either from the same platforms or different platforms at runtime. Runtime data sharing between multiple data sources can happen on common business data or continuous streams of data and NCache can manage needs to process it and share results with other applications, all at runtime.
Government organizations are grossly overcharged and often face vendor lock-in challenges and architectural constraints. NCache Professional and Enterprise Edition are cost effective compared to other in Memory Distributed Cache solution providers. NCache is available for free in Open Source and growing community is available for support. NCache Professional Edition and NCache Enterprise Edition come bundled with premium support and SLAs to meet government needs. NCache uses widely known caching topologies and technologies, which can be used in open source edition, hence no vendor lock in.
NCache provides powerful security and encryption features that help ensure that your cache is protected from unauthorized access and your sensitive application data is secured both in the cache store and also during the transmission over network between your application and the cache servers. Establish secured connections to cache via SSL/TSL. NCache has authentication and authorization capabilities. You can encrypt data using 3DES, AES-128/AES-192/AES-256.