Use of mobile technology. Citizen-empowerment, Monitoring and Daily updating of data of PDS in central server.
DESCRIPTION OF IDEA (4000)
To implement PDS effectively with ensuring transparency at every stage of its execution may be a matter of priority for any government. This is a citizen-centric service, and like all other such services, the transparency and citizen-empowerment are the two dominant factors for its success. There are, in Madhya Pradesh, approximately 14000000 ration cards, 17000 PDS shops in rural area, 4000 PDS shops in urban area, thus approximately 660 cards per PDS shop on an average. The figures speak of the vastness of the service delivery mechanisms. With these mammoth figures, it is really difficult to possess one leak-proof MANUAL system of monitoring at all levels right from allotment to distribution. But the technology is one which can be put through in the system to have the desired results. On account of such an enormity of this mechanism, it is difficult - nay - rather impossible to install a total computer network upto the PDS shop in far-flung and non-approachable areas of the State. But even if, it is anyhow implemented, there are so major constraints to hamper the implementation. Some of these are: heavy cost of hardware of arranging computers, printers and UPS at every shop, availability of electricity, Semi-literate incumbents and high expenditure on their trainings, heavy breakdowns in systems, long downtimes in networks, leased lines and maintenance etc. etc. But for the sake of implementation, even if it is outsourced to some private partner, how come the revenue model will be conceptualized implemented and regularized. I think, the disputes and other practical problems are bound to arise, for howsoever stringent the Service Level Agreement (SLA) may be. With so many limitations with implementation of computer networks and thereafter data transfer not taking place in real time, i.e. feeding of data at shop level and transferring it to the central server does not take place at least every evening is rather untenable and unsustainable. Mobile technology (with a small piece of government process re-engineering) offers a plausible, highly cost-effective and easy-to-use solution to all such hindrances. We need just one central server and one GSM modem and as many computers at district / block headquarters as we like. The offices of various departments in district/block level may be linked using SWAN. The system architecture is simple. The entry regarding allotment of PDS commodities district wise will done at the State (Directorate) level through some web-enabled-software having capability of accepting data through SMS also. The users of this software at district/block level will have their own logins and passwords. The entries regarding local allotment to societies or PDS shops at district level will be done at district level through this software. As and when the lead society transfers the PDS commodities to the link society and PDS shop, the lead society manager will send confirmation SMS, the data in the software will get updated. The software will send a SMS to link society manager / shop keeper, who, in turn, will confirm receipt of the same commodities. If any error found in the SMS, the software will send an alert message to sender. Thereafter, every salesman of the district will send an SMS at 18:00 every evening showing disbursed and balance quantity of PDS commodities; and the data at the server will get updated. The sequence of the commodities in such SMS will be predefined. The software will send an alert message in case of any mismatch. Every PDS consumer having a mobile number and registered with the system will be having the ID of his PDS shop and will be informed as early as his PDS shop gets the allotment. Such consumer will get information about the balance quantities of PDS commodities at his PDS shop when he sends an SMS "PDS-space-(ID of PDS shop) to a certain mobile number.
There are various benefits of use of mobile technology. It is a cost-effective system. Data related to various commodities can be sent to server by giving a space after such data and ensuring the sequence of commodities. Various queries can also be retrieved from the server using SMS. Data collection is ensured in real time from whatsoever the inaccessible the PDS shop may be. PDS shops may be inaccessible, not the mobile network. Another advantage is high uptime of data transmission in mobile technology. There is no apprehension of cable cut or power failure in this system. Another very big advantage of this technology is that it can easily cater to / handle with a very big number / volume of transactions / telecommunications. This technology can be used in various other citizen services too.
HOW DOES IT BRING POSITIVE CHANGE (1000)The idea is to empower the citizen with a very short piece of information he requires earnestly. The M2M Technology is a reliable and trustworthy substitute for overall heavy computerization where only a small data has to be entered into in the system, and where the number of users is so high (in fact, all citizens are also users). The positive change I perceive, by implementing this system on a pilot basis first, is ownership of data by the government almost in real time (daily at certain hour), hence doing away with the possibility of tempering or distortion of data at shop or society level. Moreover, since the data will be updated daily, the activities regarding black-marketing of PDS commodities will be curbed. As furtherance to deployment of M2M technology, we may even deploy one PDA at every shop for updating of server at every sale of PDS commodities. This will ensure the data transfer in EXACTLY REAL TIME, leaving no room for shop keeper to tamper with the records.